illumination component

英 [ɪˌluːmɪˈneɪʃn kəmˈpəʊnənt] 美 [ɪˌluːmɪˈneɪʃn kəmˈpoʊnənt]

【电】照度部份

电力



双语例句

  1. The projection display system includes an illumination system and an image system. As an important component of the projection display system, the illumination system determines the quality of the image on screen, including the brightness and uniformity.
    投影显示系统主要由照明系统和投影成像系统两部分组成,其中照明系统作为投影显示系统的重要组成部分对于投影图像亮度和均匀性起到了决定性作用。
  2. Therefore, it is necessary to make the sensor work under the illumination including UV component for keeping a relative lower resistance of ZnO microwire.
    这也决定了它必须在含有紫外成分的光的照射下工作,使微米线的电阻相对降低,保证其正常工作。
  3. This method not only overcome the shortcomings of the original image with colors overlap and low target contrast, but also avoid the characteristics, which are true color, color mixing and uneven illumination, of original image from the S component diagram. 3.
    此方法不仅能克服原图像中颜色重叠和目标对比度低等不利于分割的缺点,而且从S分量图上避开了原图像的真彩色、颜色混合和光照不均等特性。
  4. In order to reduce the disturbance produced by the illumination change, after comparison, a method was proposed, selecting B component under the RGB color model to conduct the separation of leaves.
    为了减少由光照变化产生的干扰,经比较提出了在RGB颜色模型下选取B分量进行叶片分割的方法。
  5. So the image adaptive filtering enhancement algorithm is to eliminate the interference of illumination component from an image, so as to obtain the reflection component, namely the essential features of objects.
    因此基于自适应滤波的图像增强算法是为了从一幅图像中去除照射分量的干扰,从而获得物体的反射分量,即物体的本质特征。
  6. In order to reduce impacts on the image of road traffic sign from illumination intensity, this paper applied the HSI color space of image enhancement, by the processing of luminance and saturation component so that the image for subsequent processing.
    为了降低光照强度对道路交通标志图像带来的影响,本文应用HSI彩色空间图像增强。
  7. There are deficiencies in existing wavelet-based illumination processing algorithms when dealing with high frequency component. To address this issue, an improved algorithm is presented.
    现有的基于小波变换的光照处理算法处理高频分量时存在不足,针对这个问题,本文改进了该算法。
  8. The extraction of Gabor features is well studied, and Gabor features could extracted in different scales and different directions, and it could also reduce the influence of illumination by reducing the DC component in frequency.
    我们对Gabor特征的提取进行了深入的研究,Gabor特征不仅能够表征人脸的尺度特征以及方向特征,还能通过减少图像的直流成分来减少灰度的影响。